How to Perform an Arc Flash Study - Complete Package
- Item #: Video 020604
|
| ||
|
| ||
|
How to Perform an Arc Flash Study By Jim Phillips, P.E. Best Value! - All 3 DVD Programs - $159.00 $ 177.00 if each DVD program is bought separately An $18.00 or 10% Savings! 6 PDHs / 0.6 CEUs Only $26.50 per hour! 3 - DVDs, Workbooks and Continuing Education Credit | ||
|
| ||
|
Course Summary Jim Phillips, P.E. is author of the guide How to Perform an Arc Flash Study in 12 Steps and is a member of the IEEE 1584 Working Group IEEE Guide for Performing Arc Flash Hazard Calculations. His class on How to Perform an Arc Flash Study has become the industry standard for Arc Flash Training. Even instructors from other training companies have attended Jim?s classes to see how it?s done. He takes you well beyond the usual NFPA 70E and IEEE discussions to show you how to perform arc flash calculations and conduct the detailed arc flash study. You will perform calculations of incident energy, arcing current and flash protection boundaries using Jim?s worksheets that are based on IEEE 1584. The course includes details such as K factors, X distance factor and more. Also learn how to make recommendations about reducing the incident energy. Get your company into compliance with this program! Sample Videos Test drive before you buy. Preview a 6 minute sample of Jim?s video below. How to Perform an Arc Flash Study On - Site Training Hold the live version of this course at your location as an on-site training program. For more information click: On-Site- Training Receive the answer to these questions and more! Can I use NFPA 70E Table 130.7(C)(9)(a) for the study? Is it better to use detailed IEEE 1584 calculations? How do I organize a study? Where do I obtain the required data? Do I base the study on maximum fault currents? Are time current curves a reliable way to determine arc flash clearing time? What if I have a low arcing current that causes a long clearing time? What about grounded vs. ungrounded systems? Do I include motor contribution? What is the Calculation Factor Cf and when do I use it? How can I convince electrical workers and management of the study?s importance? Continuing Education Credit The continuing education credit for this packaged course is 6 PDHs / 0.6 CEUs. To receive Continuing Education Credit, you simply watch the video, solve a few problems and take the test. Continuing Education Credit is credited to the person that purchased the program and must be completed within 90 days of shipment of the course material. A passing score of 70 percent is required for credit. |
|
Course Agenda Human Effects Physiological Effects, Tissue Damage, Internal Organ Damage, Burns Fibrillation, ?Curable? 2nd Degree Burn Codes and Standards OSHA 29 CFR - Part 1910, Subpart S, NFPA 70, National Electrical Code®, NFPA 70E, IEEE Standard 1584? Categories of Electrical Hazards Electric Shock, Arc Flash, Arc Blast, Ultraviolet Light, Sound Pressure, Categories of Burns Electrical Circuit Dynamics Arcing Faults vs. Bolted Faults, Effect of Current on Overcurrent Device Clearing Time, Current Limitation NFPA 70E Requirements Shock and Flash Hazard Analysis, Creating Energized Work Permits, Electrically Safe Conditions Approach Boundaries Limited, Restricted, Prohibited & Flash Protection Boundary Hazard / Risk Category Defining the Hazard / Risk Category by cal/cm2 Class 0, 1, 2, 3, 4 Requirements, Limitations, Table Footnote Limitations Personal Protective Equipment PPE Protective Clothing Characteristics Performing the Detailed Arc Flash Study Study Requirements, Methodology, Standards, Organization of the Study Data Collection Transformer, Conductor, Utility Company, Motor, Overcurrent Device and Generator Data IEEE 1584 - Arcing Current Calculations Arcing Current Calculations, Defining the Arc Gap Based on Equipment Type, K1 for Arc in Box vs. Air Time Current Curves Determining the arcing current clearing time IEEE 1584 - Incident Energy Calculations Incident Energy Calculations, IEEE 1584 - Flash Protection Boundary Calculations Flash Protection Boundary Calculations Based on Incident Energy, Calculation Factor Cf, Distance Factor X, 4 ft. rule vs. Detailed IEEE Calculations, Unusually Large Boundaries Determining PPE Requirements Using the calculated incident energy to determine the required level of PPE. Comparing this method to NFPA 70E Tables. |
|
Questions? Call us at 800.874.8883 | ||
|
| ||
|
| ||
